MODULE 1

Introduction to Circuit Analysis

Video Module 1 - Introduction.  The module covers and reviews symbols, units and variables.

Sample Video 1 - Introduction (from Module 1) 

Module 1 | Module 2 | Module 3 | Module 4

MODULE 2

BASIC CIRCUIT ANALYSIS 

Video Module 2 - Basic Circuit Analysis.  The module starts off with a discussion of element constraints and then connection constraints.  These constraints are then combined to analyze circuits.  Equivalent circuits, voltage and current division are then discussed as well as circuit reduction.

Sample Video 2 - Basic Circuit Analysis (from Module 2)

Module 1 | Module 2 | Module 3 | Module 4

MODULE 3

CIRCUIT ANALYSIS TECHNIQUES 

Video Module 3 - Circuit Analysis Techniques. This important module will advance you to generic methods when analyzing linear circuits.  The analytical concepts will give you new insight the behavior of circuits.  You will also begin with an introduction to interface circuits.    The advance concepts include:  node-voltage analysis, mesh-current analysis, linearity properties, Thevenin and Norton equivalent circuits, maximum signal transfer and interface circuit design.

Sample Video 3 - Circuit Nodal Analysis - Introduction - Part 1 (found in Learning Module 3)

Module 1 | Module 2 | Module 3 | Module 4

(Note:  After pressing the video PLAY button and to enlarge video, right click on the mouse and click on the Zoom Option.  Then click on FULL SCREEN option or other option size) 

If  this is a new topic for you, the series of videos found in Modules 1 and 2 should be viewed & understood to fully understand the sample video Module 3.  Module 1 is an introduction to the circuit variables and Module 2 covers Basic Circuit Analysis.

MODULE 4

ACTIVE CIRCUITS 

Video Module 4 - Active Circuits.  The module is not only important to electrical engineering but to other engineering disciplines as well.  An introduction to modern electronic devices and how they are modeled is given.  This discussion will be useful when you start designing OP AMP circuits that conditions the signals (e.g. amplification and level shifting) for instrumentation systems.  You will have a chance to evaluate alternative design using criteria such as the minimum parts count

Sample Video 4- Operational Amplifier Tutorial - Basic Op Amp - Part 1 (found in Learning Module 4)

Module 1 | Module 2 | Module 3 | Module 4

(Note:  After pressing the video PLAY button and to enlarge video, right click on the mouse and click on the Zoom Option.  Then click on FULL SCREEN option or other option size) 

If the op amp video sample is a new topic for you, the series of videos found in Module 3 should be viewed and understood to fully understand this sample video of Module 4.  Module 3 covers circuit analysis techniques

The content based on the above videos are difficult topics for most beginning students.  So...

• Stop staring at the static textbook and interact with multimedia content...it's the next best thing to being there when you can't attend a class for any reason
• Clear the technical mystery covered in class and review videos to reduce or eliminate anxiety and frustration before an exam 
• Not all the videos are posted on YouTube in a single channel or at other video websites.
  • Student-Friendly Service and Navigation found in Freedom University (TM) provide a convenient and logical sequence to the video content for the student...saving time and frustration in looking for specific videos. 
• Includes selected lesson notes used in the videos when you want to focus on traditionally difficult topics what is being presented and review videos often.

Below is a more detailed layout of the course content The links shown below are password protected:

 Module 1 - Introduction

• Module 1-1 Introduction, Symbols and Units
  • 1. Definitions, Symbols, Units - Part 1
  • 2. Definitions, Symbols, Units - Part 2
  • 3. Water Analogy
• Module 1-2 Circuit Variables
  • 1. Circuit Variables: Current, Voltage and Power
  • 2. Circuit Variables: Current, Voltage and Power (Examples)
  • 3. The Passive Sign Convention - Part 1
  • 4. The Passive Sign Convention - Part 2
  • 5. Measuring Voltage
  • 6. Measuring Voltage In A Circuits

Module 2 - Basic Circuit Analysis

• Module 2-1 Element Constraints
  • 1. Element Constraints - Ohm's Law and the Resistor
  • 2. Introduction to Circuit Analysis - Symbols and Units
  • 3. Ideal Voltage and Current Sources
• Module 2-2 Connection Constraints
  • 1. KVL, KCL and Ohm's Law - Part 1
  • 2. KVL, KCL and Ohm's Law - Part 2
  • 3. KVL, KCL and Ohm's Law - Part 3
  • 4. Series and Parallel Connection
  • 5. Series and Parallel Connection (longer version)
• Module 2-3 Combined Constraints
  • 1. Combined Constraints - Part 1
  • 2. Combined Constraints - Part 2
  • 3. Combined Constraints - Part 3
  • 4. Combined Constraints - Part 4
• Module 2-4 Equivalent Circuits
  • 1. Equivalent Resistance - Part 1
  • 2. Equivalent Resistance - Part 2
  • 3. Equivalent Sources and Summary
• Module 2-5 Voltage and Current Division
  • 1. Voltage Divider - Part 1
  • 2. Voltage Divider - Part 2
  • 3. Analog and Digital Potentiometer
  • 4. Current Division
  • 5. Application - R-2R Ladder Circuit
• Module 2-6 Circuit Reduction
  • 1. Circuit Reduction - Part 1
  • 2. Circuit Reduction - Part 2

Module 3 – Circuit Analysis Techniques

• Module 3-1 Node-Voltage Analysis
  • 1. Introduction to Nodal Analysis
  • 2. How to do Nodal Analysis - Example 1
  • 3. How to do Nodal Analysis - Example 2
  • 4. Nodal Analysis By Inspection
• Module 3-2 Mesh-Current Analysis
  • 1. How To Do Mesh Analysis - Part 1
  • 2. How To Do Mesh Analysis - Part 2
  • 3. How To Do Mesh Analysis - Part 3
• Module 3-3 Linear Properties
  • 1. Linearity, Proportionality and Additivity - Part 1
  • 2. Linearity, Proportionality and Additivity - Part 2
  • 3. Additivity and the Supperposition Principle
  • 4. The Superposition Principle
• Module 3-4 Thevenin and Norton Equivalent
  • 1. Thevenin and Norton Equivalent - Part 1
  • 2. Thevenin and Norton Equivalent - Part 2
  • 3. Thevenin and Norton Equivalent - Part 3
  • 4. Thevenin and Norton Equivalent - Part 4
  • 5. Thevenin and Norton Equivalent - Part 5
  • 6. Thevenin and Norton Equivalent - Part 6
  • 7. Thevenin and Norton Equivalent - Part 7
• Module 3-5 Maximum Signal Transfer
  • 1. Maximum Signal Transfer - Part 1
  • 2. Maximum Signal Transfer - Part 2
• Module 3-6 Interface Circuit Design
  • 1. Interface Design - Part 1
  • 2. Interface Design - Part 2
  • 3. Interface Design - Part 3
  • 4. Interface Design - Part 4
  • 5. Interface Design - Part 5
  • 6. Interface Design - Part 6

Module 4 – Active Circuits

• Module 4-1 Linear Dependent Sources
  • 1. Introduction
• Module 4-2 Analyzing Circuits with Dependent Sources
  • 1. Introduction
  • 2. Node Voltage Analysis      
  • 3. Inverting Operational Amplifier
  • 4. Mesh Analysis
  • 5. Bipolar Junction Transistor (BJT)
  • 6. BJT (Thevenin Equivalent)
  • 7. Op Amp Voltage Follower
• Module 4-3 Transistor Tutorial
  • 1. Introduction To How Transistors Work
  • 2. Common Emitter Circuit - Part 1
  • 3. Common Emitter Circuit - Part 2
  • 4. Common Emitter Circuit - Digital Inverter
• Module 4-4 Operational Amplifier Basics
  • 1. Introduction to the Basic Op Amp
  • 2. Non-Inverting Op Amp
  • 3. Effects of Finite Gain
  • 4. Effects of Finite Gain (continued)
• Module 4-5 Op Amp Circuit Analysis
  • 1. Non-Inverting Amplifier
  • 2. Voltage Follower (Buffer)
  • 3. Inverting Amplifier
  • 4. Loading Effects of Inverting Amplifier
  • 5. Inverting Summing Amplifier
  • 6. Difference Amplifier or Subtractor
• Module 4-6 Op Amp Circuit Design
  • 1. Interface Design
  • 2. Implementing the Block Diagrams - Design 1
  • 3. Implementing the Block Diagrams - Design 2
• Module 4-7 Operational Amplifier Applications
  • 1. Introduction
  • 2. Digital-to-Analog Converters(DACs), R-2R Intro - Part 1
  • 3. R-2R DACs - Part 2
  • 4. R-2R DACs - Part 3
  • 5. Op Amp Transducer Design - Part 1
  • 6. Op Amp Transducer Design - Part 2
  • 7. Op Amp Transducer Design - Part 3
  • 8. Op Amp Comparator Circuits
  • 9. Analog-to-Digital Converter

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